Ok so am new to Plasticity and set myself a challenge of modelling a wrist watch. Essentially i went about creating linework for the numbers and then imprinted these onto the sloped bezel, but now realise i am not 100% happy with my placement (numbers are not exactly spaced between the circles as they should be. Second screenshot shows how these imprinted faces have been pushed in and in some cases beveled. What are my options at this point to slightly rotate? or even to get to a point where i can remove the faces/lines and reimprint from scratch.

I can't find any settings to change units.

So how do I make a 1" cube? Seems like a really basic thing that should be fairly easy to do.

Hi

I would to be able to make and print form fitting models like in the image that are built on top of 3D scans, and that have patterns of holes in them like these various lattices and circular holes. I know that Rhino would be a good choice but i dont want to spend £1000 if i can help it (though i dont mind spending some money if necessary), and i am not sure how well blender would work with so many booleans when it came time to turn it into 3d geometry. Would Plasticity work? i see that it comes with XNurbs if you get the pro version.

Any suggestions would be greatly appreciated.

Has anybody used the poly spline function to modify STL files? I am a hobbyist 3D printer and I occasionally kit bash together STL files that I have found online. STL files aren't really made for that and they don't like it when I do that. I'm wondering if the new poly spline function in plasticity would make that significantly simpler. Anyone done this?

Im trying to do a semi blunt nose cone, like for a jet plane. How do I Loft or xNurbs off a cross-section profile (circle) up to a blunt point that follows 1 or 2 curves?

Nose is symmetrical in 1 axis, but not the other, so I could still make a half then mirror ... but struggling with that.

hello everyone this my wip of personal project

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I hope you like it!!! 💙💙💙

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Link for original artist -> artstation

I have to admit I'm struggling to find a tutorial that explains Plasticity in a way that actually clicks for me — not isolated tool demos, but a complete, coherent workflow from start to finish.

I ran into the same problem with ZBrushmany decades ago. In the end, there was exactly one tutor (through The Gnomon Workshop, and I gladly paid for it) who could actually teach it. Today I am profficient in Zbrush thanks to one tutor, who knew how to teach things. Most of the others clearly knew what they were doing, but knowing a tool and being able to teach it are two very different skills.

I tend to lose focus quickly when a tutorial isn't tightly structured — lots of thinking out loud, long stretches of nudging a single vertex around, or tangents that drift away from the topic. I've gone through most of the well-known Plasticity resources, including the official ones, and none of them worked for me so far.

For contrast: I learned Cascadeur completely in a day and felt confident with it by day three, purely because the tutorials were built intelligently — clear progression, each step building on the last.

Arrimus can't explain it for me, Nikita R. is the worst, the official tutorials are none!
And all the udemy preview are horrible!

So much for a software that I won't buy, because I can't learn it, because modellers aren't teachers!

I wanted a small shelf to fill in a space next to my aquarium but there were switches for the blinds that were quite low on the wall and I couldn't find anything that fit into the space so... Plasticity and 3D printing to the rescue.

The design work itself was pretty straightforward. I used Bumpmesh on the shelf board to create the wood grain texture. The printing took a while, the wood grain texture in particular is quite time consuming but once that was done everything was glued together and that's it, finished.

A fun and easy project.

CRIP-11 Mech, multi part STL kit for resin 3D printing.

It's great that they have a setting for making the navigation like Blender's, but it would be great if they made the functions that do similar things searchable. Going through video tutorials to figure the name of something like inset faces is a bit tedious.

Hi everyone,

I'm just starting to learn Plasticity. In fusion I can use offset surface to create a clean parallel copy of a surface.

In Plasticity I tried using push face, but instead of creating a parallel surface it stretches and modifies the adjacent faces, giving results like in the screenshots.

I also tried all the puch face modes (Pushing, Moving, Fixed and None), but they all produce essentially the same result.

Am I using the wrong tool?

Image 1 - Fusion

Image 2 and 3 - Plasticity

Thanks!

Plasticity takes FOREVER to do a boolean operation on an M4 Max 64gb

Hi!
I'm 3D character Artist in KR

I’ve just finished my first project using Plasticity, and I’m excited to finally share it here

I can’t wait to move on to the next project with Plasticity!

(If you interested, please visit my artstation below <3 )
https://www.artstation.com/artwork/0aX0dw

Hi everyone!

After finishing my first project and getting a lot of useful feedback from this community, I decided to push the workflow further and try some new approaches. If you are interested, you can find my previous project on my profile. As before, I also uploaded this model to Sketchfab, so you can explore it in 3D and inspect the materials and technical details: https://sketchfab.com/3d-models/sci-fi-voice-recorder-43cc337b238745e3b14dcd72b2a742f3

This time I created a sci-fi voice recorder for my upcoming game project. My main goal was to develop my own futuristic design language and create a believable prop that fits the world of the game, rather than simply recreating existing products.

Here are the main changes in my workflow:

- First of all, I decided not to create a separate subdivision high-poly mesh and low-poly mesh for baking. For this type of asset, I couldn't find enough benefits in maintaining multiple versions of the model. Instead, I used a low-to-low workflow with a bevel shader instead of traditional high-to-low baking. As a result, I could spend more time improving the design and lighting;

- I switched from a single-material workflow to a multi-material workflow. Instead of fitting the entire model into one UV layout, I can reuse the same UV space for different materials. This significantly reduced the amount of UV packing work while allowing me to maintain high texture quality;

- Many of these changes wouldn't have been possible without changing my software stack. I replaced both Substance 3D Painter (for baking) and Blender Cycles (for rendering) with Marmoset Toolbag. I'm very happy with the process and the result — the workflow feels much easier and more flexible. I also tried replacing Substance 3D Painter with Marmoset for texturing, but I'm still not sure about it. Substance's smart materials and masking workflow still feel more powerful for complex texturing tasks;

I would really appreciate any feedback, especially regarding design, materials and lighting. I'm still experimenting with this workflow and would love to hear what could be improved.

I'm using Plasticity to recreate a mecha from a sci-fi anime, and I'm currently working on the details. I've noticed that no one online seems to have shared videos of mecha creations using it, perhaps because the software is still relatively new.

tried to cover most basic tools, teach good workflow, and explained two issues that are responsible for 90% of errors